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Mastering Deep Learning & Computer Vision in 2023

  • Deep Learning is made up of 2 major domains
    1. Computer Vision
    2. Natural Language Processing
  • Why I choose Computer Vision to learn first
    • Because it's easier to see & understand images compared to numeric vector representation of a word in NLP's black box Neural Networks.
    • Can use Neural Network Visualizations to understand the behaviour of the Neural Network better.
    • Why I chose learn ONLY Image Classification in Computer Vision
      • Image Classification is easiest problem to solve & understand in Computer Vision.
      • Being new to Deep Learning, I decided to focus on easiest problem & learn essential fundamentals first. Then learning more complex parts of Deep learning will become easier.
      • Steep Learning curve leads to very difficult journey or complete abondonment.
  • Lots Hands on experimentation with Pytorch & keras too (for easy to understand code)
  • Building my own Code Cookbook for entire Neural Network Ecosystem, from network to it's visualizations

1. Summary

Found a lot of different learning resources from Internet. All Learning resources are here. Few good resources, fewer great resources & Most are bad resources, avoid them.

Compile good courses from diverse POVs, not just a Single POV of Data Science.

  • Deep Learning needs a multi disciplinary POV - (Data Scientist + Neuroscientist + Programmer + Business Analyst). So we need to learn all of these not just 1 single POV
  • Every course is biased because of Instructor's POV. So need diverse types of courses

1.1. Courses - 10 Courses

Courses Progress
Kaggle Learn
NN from Scratch - sentdex
NN via Visualization - 3Blue1Brown
Pytorch Lightning Basic to Expert
Tensorflow Developer Specialization Coursera
Zero to Mastery Pytorch
Deep Learning - CS230
School of AI - ERA1
Deep Understanding of Deep Learning - Mike Cohen
Fast AI 2023 - Part 1

1.2. Kaggle Competitions - 3 Competitions

Increamental complexity of Image Classification Problem. From scale of $(28\ pixels\ \times \ 28\ pixels)$ image to $(224\ pixels\ \times \ 224\ pixels)$ image

Competition Progress
10 Digits Recognition(MNIST)
10 Small Objects Recognition(CIFAR10)
Imagenet

1.3. Research Papers

  1. Alexnet
  2. Resnet

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